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Hiếu Lê

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Research paper thumbnail of Analysis and optimization of a micro-displacement sensor for compliant microgripper

Microsystem Technologies, 2017

using the differential evolution algorithm. The optimal result indicates that the gripper possess... more using the differential evolution algorithm. The optimal result indicates that the gripper possesses an infinite fatigue life of 5.92 × 107 cycles for producing a large range of motion of 660 µm and a frequency of 326 Hz. The prototype is fabricated via wire electrical discharged machining. The experimental results are in a good an agreement with the predicted and analyzed ones.

Research paper thumbnail of Analysis and optimization of a micro-displacement sensor for compliant microgripper

Microsystem Technologies, 2017

using the differential evolution algorithm. The optimal result indicates that the gripper possess... more using the differential evolution algorithm. The optimal result indicates that the gripper possesses an infinite fatigue life of 5.92 × 107 cycles for producing a large range of motion of 660 µm and a frequency of 326 Hz. The prototype is fabricated via wire electrical discharged machining. The experimental results are in a good an agreement with the predicted and analyzed ones.

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